Visual Language Research Bibliography: Visualization Branch

Introduction

This page is a structured bibliography of papers pertaining to visualization research. It also contains a brief list of links to other, related resources about visual language research.

The papers in the bibliography come from 3 sources: it contains references to (1) all the IEEE Symposium on Visual Languages (VL) conference papers starting with VL'98, (2) Journal of Visual Language and Computing papers that authors have listed here (authors of all JVLC papers are strongly encouraged to list their papers here), and (3) any additional papers an author chooses to contribute. This classification system was developed by Margaret Burnett, Frank Cort, and John Stasko, as a sibling of the visual programming language (VPL) research bibliography.

To navigate through the bibliography, you may click at any particular section in the table of contents to view its entries, or you may manually scroll down through all the sections. All headings in the table of contents are used to classify papers, not just the lowest levels. Names of systems and approach-specific phrases, if applicable, are often also included in the bibliography entries. If your WWW browser is equipped with text search capabilities, keyword searches can also be performed to search for system names, author names, etc.

All papers in this bibliography were classified by their original authors. Authors are encouraged to contribute bibliography entries for their own papers. Submissions can be made using a web form.

Table of Contents Overview

There are four subtrees, paralleling the classic computing paradigm:

Visual input: Analysis of Visual Information
Visual processing: Visual Programming Languages
Visual output: Visualization (on this page, starting below)
Visual storage: Visual Database (for now, see VPL-V.B and VIS-IV.A.4)

Detailed Table of Contents: "Visualization" subtree

VIS: Visualization

VIS-I. Techniques

A. Interaction with Visualizations
- 1. Navigation and Filtering
  - a. Dynamic Queries
  - b. Zooming
  - c. Moving between Overview and Detail
- 2. Interactive Analysis
- 3. Annotation (e.g., Highlighting)
B. Output
C. Specification of Visualizations
- 1. Paradigms for Explicit Specification of Visualizations
- 2. AI/Knowledge-Based Specification of Visualizations

VIS-II. Application (purpose) of Visualization

A. Presentation and Communication Purposes
B. Exploratory Purposes

VIS-III. Effectiveness of Visualization

A. Formal Quantitative Empirical Studies of Visualization
B. Qualitative/Observational Studies of Visualization
C. Design of Studies of Visualization's Effectiveness
D. Cognitive Issues of Visualization
E. Principles of Visual Perception
F. Design Principles of Visualization System

VIS-IV. Domain of Visualization

A. Information Visualization
B. Geographical Information System Visualization
C. Scientific Visualization (Physical Processes)

DETAILED BIBLIOGRAPHY

VIS: VISUALIZATION

Erwig, Martin, Visual Semantics - Or: What You See Is What You Compute. In 1998 IEEE Symposium on Visual Languages, Halifax, Nova Scotia, September 1998. Reclassification of this paper is pending
Keywords and Phrases: VPL-VI.A: Formal definition of VPLs, VPL-VI.C.6: Visual representation issues, VIS: Visualization, visual graphs, graph rewriting

Hirakawa, Masahito, Priyantha Hewagamage, Tadao Ichikawa, Situation-dependent Browser to Explore the Information Space. In IEEE Symposium on Visual Languages 1998, Halifax, Canada, September 1998. Reclassification of this paper is pending
Keywords and Phrases: VPL-V.F: Languages for programming web-based applications, VPL-VI.D: Human-oriented issues, VIS: Visualization, Information Visualization, Situation Awareness, Human-computer Interaction, Information Filing and Filtering

Igarashi, Takeo, Jock D. Mackinlay, Bay-Wei Chang, Polle T. Zellweger, Fluid Visualization of Spreadsheet Structures. In 1998 IEEE Symposium on Visual Languages, Halifax, Nova Scotia, Canada , September 1998. Reclassification of this paper is pending
Keywords and Phrases: VPL-VI.C.2: Effective use of screen real estate, VPL-VI.C.6: Visual representation issues, VIS: Visualization, Spreadsheet, Animation, dataflow graph

Meyer, Bernd, Competitive Learning of Network Diagram Layout. In 1998 IEEE Symposium on Visual Languages, Halifax, Canada, September 1998. Reclassification of this paper is pending
Keywords and Phrases: VIS: Visualization, Automatic Layout, Graph Layout, Neural Networks, Learning Algorithms

VIS-I: Techniques

VIS-I.A: Interaction with Visualizations

Hundhausen, Christopher, Sarah A. Douglas, Using Visualizations to Learn Algorithms: Should Students Construct Their Own, or View an Expert's?. In IEEE Symposium on Visual Languages, Seattle, Washington, September 2000.
Keywords and Phrases: VIS-I.A: Interaction with Vizualizations, VIS-II.A.2: Visualization for Education, VIS-III.A: Formal Quantitative Empirical Studies of Visualization, VIS-IV.A.1.a: Algorithm Visualization, constructivist learning theory, educational technology

Karavirta, Ville, Ari Korhonen, and Petri Tenhunen, Survey of Effortlessness in Algorithm Visualization Systems. In Proceedings of the Third Program Visualization Workshop, The University of Warwick, UK, July 2004. Pages 141 to 148.
Keywords and Phrases: VIS-I.A: Interaction with Vizualizations, VIS-II.A.2: Visualization for Education, VIS-III.B: Qualitative/Observational Studies of Visualization, VIS-III.C: Design of Studies of Visualization's Effectiveness, VIS-IV.A.1: Software Visualization

Korhonen, Ari, Malmi, Lauri, Silvasti, Panu, Karavirta, Ville, Lönnberg, Jan, Nikander, Jussi, Stålnacke, Kimmo, and Ihantola, Petri, Matrix - A Framework for Interactive Software Visualization. Technical Report TKO-B 154/04, ISBN 951–22–7428–0 2004, Laboratory of Information Processing Science, Department of Computer Science and Engineering, Helsinki University of Technology, Helsinki, Finland.
Keywords and Phrases: VIS-I.A: Interaction with Vizualizations, VIS-I.B.3: Automatic Layout, VIS-I.B.4: Visualization of Dynamically Changing Data, VIS-I.B.5: Animation Techniques, VIS-I.C.1: Paradigms for Explicit Specification of Visualizations, Keywords: Software visualization, automatic assessment, visual algorithm simulation, algorithm animation

Korhonen, Ari, Malmi, Lauri, Matrix — Concept Animation and Algorithm Simulation System. In Proceedings of the Working Conference on Advanced Visual Interfaces, Trento, Italy, May 2002. Pages 109 to 114.
Keywords and Phrases: VIS-I.A: Interaction with Vizualizations, VIS-I.B.3: Automatic Layout, VIS-I.B.5: Animation Techniques, VIS-I.C.1: Paradigms for Explicit Specification of Visualizations, VIS-IV.A.1.b: Data Structure Visualization, Algorithm simulation, algorithm animation, software visualization

Korhonen, Ari, Malmi, Lauri Nikander, Jussi, and Silvasti, Panu, Algorithm Simulation – A Novel Way to Specify Algorithm Animations. In Proceedings of the Second Program Visualization Workshop, HorstrupCentret, Denmark, June 2002. Pages 28 to 36.
Keywords and Phrases: VIS-I.A: Interaction with Vizualizations, VIS-I.B.3: Automatic Layout, VIS-I.B.5: Animation Techniques, VIS-I.C.1: Paradigms for Explicit Specification of Visualizations, VIS-III.F: Design Principles of Visualization System

VIS-I.A.1: Navigation and Filtering

Jerding, Dean and Stasko, John, "The Information Mural: A Technique for Displaying and Navigating Large Information Spaces," IEEE Transactions on Visualization and Computer Graphics, Vol. 4, No. 3, July-Sept. 1998, pp 257-271.
Keywords and Phrases: VIS-I.A.1: Navigation and Filtering, VIS-I.B.1: Output, VIS-I.B.2: Focus + Context, VIS-I.B.10: Promotion of Scalability, VIS-IV.A: Information Visualization

Li, Wanchun, Peter Eades, Seok-hee Hong, Navigating Software Architectures with Constant Visual Complexity. In 2005 IEEE Symposium on Visual Languages and Human-Centric Computing (VL/HCC'05), Dallas, Texas, USA, Sep 2005.
Keywords and Phrases: VIS-I.A.1: Navigation and Filtering, VIS-I.B.2.a: Fisheye Views, VIS-I.B.3.b: Graph/Network Layout, VIS-III.D: Cognitive Issues of Visualization, VIS-IV.A.1: Software Visualization, constant visual complexity, clustered graph

Stasko, John T. and Muthukumarasamy, Jeyakumar, "Visualizing Program Executions on Large Data Sets", Proceedings of the IEEE Symposium on Visual Languages, Boulder CO, September 1996, pp. 166-173.
Keywords and Phrases: VIS-I.A.1: Navigation and Filtering, VIS-I.B.10: Promotion of Scalability, VIS-IV.A.1.a: Algorithm Visualization

VIS-I.A.1.a: Dynamic Queries

Olston, Chris A, Stonebraker, Michael, Aiken, Alexander, Hellerstein, Joseph M., VIQING: Visual Interactive QueryING. In 1998 IEEE Symposium on Visual Languages, Halifax, Canada, September 1998.
Keywords and Phrases: VIS-I.A.1.a: Dynamic Queries, VIS-IV.A: Information Visualization, VIS-IV.A.4: Database Visualization, graphical query languages, direct-manipulation interfaces

Tatemura, Junichi, Graphical Relevance Feedback: Visual Exploration in the DocumentSpace. In IEEE Symposium on Visual Languages, Seattle, Washington, September 2000.
Keywords and Phrases: VIS-I.A.1.a: Dynamic Queries, VIS-I.B.3.a: Semi-Automatic Layout, VIS-II.B.1: Visualization for Browsing, VIS-II.B.2: Visualization for Searching, VIS-IV.A.3: Document Visualization

VIS-I.A.1.b: Zooming

Sifer, Mark J, Olivier Liechti, Zooming in One Dimension can be better than Two: an Interface for Placing Search Results in Context with a Restricted Sitemap. In 1999 IEEE Symposium on Visual Languages, Tokyo, Japan, September 1999.
Keywords and Phrases: VIS-I.A.1.b: Zooming, VIS-I.B.2.c: Distorted Views, VIS-I.B.3.c: Tree/Hierarchy Layout, VIS-II.B.2: Visualization for Searching, VIS-IV.A.2: Web Visualization, WWW, sitemap, search results

VIS-I.A.1.c: Moving between Overview and Detail

De Pauw, Wim, Sophia Krasikov, John Morar, Execution Patterns for Visualizing Web Services. In 2006 ACM Symposium on Software Visualization, Brighton, UK, September 2006.
Keywords and Phrases: VIS-I.A.1.c: Moving between Overview and Detail, VIS-I.A.2: Interactive Analysis, VIS-I.B.4: Visualization of Dynamically Changing Data, VIS-II.B.4: Visualization for Testing, VIS-IV.A.1.e.4: Visualization of Message Flow

VIS-I.A.2: Interactive Analysis

Bohnet, Johannes, Jürgen Döllner, Visual Exploration of Function Call Graphs for Feature Location in Complex Software Systems. In 2006 ACM Symposium on Software Visualization, Brighton, UK, Sept. 2006.
Keywords and Phrases: VIS-I.A.2: Interactive Analysis, VIS-I.B.3: Automatic Layout, VIS-II.B.3: Visualization for Correctness and Maintenance, VIS-IV.A.1.e: Visualization of Software Attributes and Interactions

Hewagamage, K. Priyantha, Masahito Hirakawa and Tadao Ichikawa, Interactive Visualization of Spatiotemporal Patterns Using Spirals on a Geographical Map. In IEEE Symposium of Visual Languages 1999, Tokyo, Japan, September 1999.
Keywords and Phrases: VIS-I.A.2: Interactive Analysis, VIS-II.A.4: Visualization for Decision Support, VIS-IV.B: Geographical Information System Visualization, Spiral technique, Timeline, Interaction History

Kerren, Andreas, and Breier, Florian and Kuegler, Philip, DGCVis: An Exploratory 3D Visualization of Graph Pyramids. In Proceedings of the 2nd International Conference on Coordinated and Multiple Views in Exploratory Visualization (CMV '04), London, UK, July 2004. Pages 73 to 83.
Keywords and Phrases: VIS-I.A.2: Interactive Analysis, VIS-II.A.1: Visualization for Analysis and Statistics, VIS-II.B: Exploratory Purposes, VIS-IV.A: Information Visualization

Malloy, Brian A, James F. Power, Exploiting UML dynamic object modeling for the visualization of C++ programs. In ACM Symposium on Software Visualization, St. Louis, Missouri, USA, May 15-16 2005. Pages 105 to 114.
Keywords and Phrases: VIS-I.A.2: Interactive Analysis, VIS-IV.A.1.e.4: Visualization of Message Flow, VIS-IV.A.1.f.9: Visualization of Object Oriented languages, UML sequence and communication diagrams

VIS-I.A.3: Annotation (e.g., Highlighting)

Korhonen, Ari, Sutinen, Erkki, and Tarhio, Jorma, Understanding Algorithms by Means of Visualized Path Testing. In In: Stephan Diehl ed. Software Visualization: International Seminar. Springer, Dagstuhl, Germany, pp. 256-268. .
Keywords and Phrases: VIS-I.A.3: Annotation, VIS-III.D: Cognitive Issues of Visualization, VIS-III.F: Design Principles of Visualization System, VIS-IV.A.1.d.1: Visualization of History and Version Control, VIS-IV.A.1.e: Visualization of Software Attributes and Interactions

VIS-I.B: Output

VIS-I.B.1: Visualization Structures (e.g., Information crystal, Cone trees, Information mural)

Celentano, Augusto, Virtual Worlds as Metaphors for Web Sites Exploration: Are They Effective?. In 1999 IEEE Symposium on Visual Languages (VL'99), Tokio, Japan, September 1999.
Keywords and Phrases: VIS-I.B.1: Visualization Structures, VIS-II.B.1: Visualization for Browsing, VIS-IV.A.2: Web Visualization

Jensen, Matt, Visualizing Complex Semantic Timelines. Technical Report NBTR2003001, April 2003, NewsBlip, Seattle, WA.
Keywords and Phrases: VIS-I.B.1: Visualization Structures, VIS-I.B.10: Promotion of Scalability, timeline, semantic timelines

VIS-I.B.2: Focus + Context

VIS-I.B.2.a: Fisheye Views

Orimo, Emiko, Hideki Koike, ZASH: A Browsing System for Multi-Dimensional Data. In 1999 IEEE Symposium on Visual Languages, Tokyo, Japan, September 1999.
Keywords and Phrases: VIS-I.B.2.a: Fisheye Views, VIS-I.B.3.b: Graph/Network Layout, VIS-I.B.7: Techniques for Multiple Dimensions, VIS-II.B.1: Visualization for Browsing

VIS-I.B.2.b: Lenses

VIS-I.B.2.c: Distorted Views

VIS-I.B.2.d: Alternate Geometry

VIS-I.B.3: Automatic Layout

Varanda, Maria João, Pedro Rangel Henriques, Visualization/Animation of Programs in Alma: obtaining different results. In 2003 IEEE Symposia on Human Centric Computing Languages and Environments, Auckland, New Zealand, October 2003.
Keywords and Phrases: VIS-I.B.3: Automatic Layout, VIS-I.B.4: Visualization of Dynamically Changing Data, VIS-II.A.2: Visualization for Education, VIS-IV.A.1.e.1: Visualization of Control Flow, VIS-IV.A.1.e.2: Visualization of Data Flow, Program Animation

VIS-I.B.3.a: Semi-Automatic Layout

VIS-I.B.3.b: Graph/Network Layout

Diehl, Stephan, and Goerg, Carsten and Kerren, Andreas, Foresighted Graphlayout. Technical Report A/02/2000, December 2000, Computer Science Department, Saarland University, Saarbruecken, Germany.
Keywords and Phrases: VIS-I.B.3.b: Graph/Network Layout, VIS-I.B.4: Visualization of Dynamically Changing Data

Diehl, Stephan, and Goerg, Carsten and Kerren, Andreas, Preserving the Mental Map using Foresighted Layout. In Proceedings of Joint Eurographics - IEEE TCVG Symposium on Visualization (VisSym '01), Ascona, Swizerland, May 2001. Pages 175 to 184.
Keywords and Phrases: VIS-I.B.3.b: Graph/Network Layout, VIS-I.B.4: Visualization of Dynamically Changing Data

VIS-I.B.3.c: Tree/Hierarchy Layout

Stasko, John T. and Turner, Carlton Reid, "Tidy Animations of Tree Algorithms", Proceedings of the 1992 IEEE Workshop on Visual Languages, Seattle, WA, September 1992, pp. 216-218.
Keywords and Phrases: VIS-I.B.3.c: Tree/Hierarchy Layout, VIS-II.A.2: Education, VIS-IV.A.1.a.1: Visualization of Specific Algorithms, VIS-IV.A.1.b: Data Structure Visualization

VIS-I.B.4: Visualization of Dynamically Changing Data

VIS-I.B.5: Animation Techniques

Alspaugh, Thomas A, Bill Tomlinson and Eric Baumer, Using Social Agents to Visualize Software Scenarios. In 2006 ACM Symposium on Software Visualization, Brighton, UK, September 2006.
Keywords and Phrases: VIS-I.B.5: Animation Techniques, VIS-II.A.3: Visualization for Documentation, VIS-IV.A.1: Software Visualization

Brown, Marc, Algorithm Animation, ACM Distinguished Dissertation 1987. MIT Press, Cambridge, Massachusetts, 1988.
Keywords and Phrases: VIS-I.B.5: Animation Techniques, VIS-I.C.1: Paradigms for Explicit Specification of Visualizations, VIS-II.A.2: Visualization for Education, VIS-IV.A.1.a: Algorithm Visualization, Balsa

Brown, M., Hershberger, J., Color and Sound in Algorithm Animation. In Computer, Vol. 25, No. 12, December 1992, pp. 52-63.
Keywords and Phrases: VIS-I.B.6: Use of Color, VIS-I.B.9: Use of Sound in Visualizations, VIS-IV.A.1.a: Algorithm Visualization, VIS-I.B.5: Animation Techniques, VIS-I.C.1: Paradigms for Explicit Specification of Visualizations, Zeus, multiple views

Brown, M., Sedgewick R., A system for algorithm animation. In ACM SIGGRAPH '84, Minneapolis, MN, July 1984. Pages 177 to 186.
Keywords and Phrases: VIS-I.B.5: Animation Techniques, VIS-I.C.1: Paradigms for Explicit Specification of Visualizations, VIS-II.A.2: Visualization for Education, VIS-IV.A.1.a: Algorithm Visualization, Balsa, multiple views

Brown, M., Sedgewick, R., Techniques for Algorithm Animation. In IEEE Software, Vol. 2, No. 1, January 1985, pp. 28-39.
Keywords and Phrases: VIS-I.B.5: Animation Techniques, VIS-I.C.1: Paradigms for Explicit Specification of Visualizations, VIS-II.A.2: Visualization for Education, VIS-IV.A.1.a: Algorithm Visualization, Balsa, multiple views

Brown, M., Exploring Algorithms Using Balsa-II. In Computer, Vol. 21, No. 5, May 1988, pp. 14-36.
Keywords and Phrases: VIS-I.B.5: Animation Techniques, VIS-I.C.1: Paradigms for Explicit Specification of Visualizations, VIS-II.A.2: Visualization for Education, VIS-IV.A.1.a: Algorithm Visualization, Balsa, multiple views

Brown, M., Perspectives on Algorithm Animation. In Proceedings of the ACM SIGCHI '88 Conference on Human Factors in Computing Systems, ACM, May 1988, Washington D. C., pp. 33-38.
Keywords and Phrases: VIS-I.B.5: Animation Techniques, VIS-I.C.1: Paradigms for Explicit Specification of Visualizations, VIS-II.A.2: Visualization for Education, VIS-IV.A.1.a: Algorithm Visualization, Balsa, multiple views

Brown, M., ZEUS: A system for algorithm animation and multi-view editing. In Proceedings of the 1991 IEEE Workshop on Visual Languages, Kobe, Japan, October 1991, pp. 4-9.
Keywords and Phrases: VIS-I.B.5: Animation Techniques, VIS-I.C.1: Paradigms for Explicit Specification of Visualizations, VIS-IV.A.1.a: Algorithm Visualization, multiple views, Zeus, Balsa

Brown, M., Najork, M., "Algorithm Animation using 3D Interactive Graphics. In Proceedings of the 1993 ACM Symposium on User Interface Software and Technology , Atlanta, GA, November 1993, pp. 93-100.
Keywords and Phrases: VIS-I.B.5: Animation Techniques, VIS-I.B.7: Techniques for Multiple Dimensions, VIS-IV.A.1.a: Algorithm Visualization, VIS-I.C.1: Paradigms for Explicit Specification of Visualizations, multiple views, visualizing execution history, Zeus

Camil, Demetrescu, Finocchi Irene, Smooth Animation of Algorithms in a Declarative Framework. In 1999 IEEE Symposium on Visual Languages, Tokyo, Japan, 09 1999.
Keywords and Phrases: VIS-I.B.5: Animation Techniques, VIS-I.C.1: Paradigms for Explicit Specification of Visualizations, VIS-I.C.2: AI/Knowledge-Based Specification of Visualizations, VIS-IV.A.1.a: Algorithm Visualization, VIS-IV.A.1.b: Data Structure Visualization, smooth animation, logic languages

Loboda, Tomasz D, Peter Brusilovsky, WADEIn II: Adaptive Explanatory Visualization for Expressions Evaluation. In 2006 ACM Symposium on Software Visualization, Brighton, UK, September 2006.
Keywords and Phrases: VIS-I.B.5: Animation Techniques, VIS-I.B.8: Text-Oriented Visualization Techniques, VIS-II.A.2: Visualization for Education, VIS-II.B: Exploratory Purposes, VIS-IV.A.1: Software Visualization, adaptive visualization, adaptive explanations, program visualization, user modeling, expression evaluation

Shilling, John J. and Stasko, John T., "Using Animation to Design Object-Oriented Systems", Object Oriented Systems, Vol. 1, No. 1, September 1994, pp. 5-19.
Keywords and Phrases: VIS-I.B.5: Animation Techniques, VIS-II.A.3: Documentation, VIS-IV.A.1.e: Software Attributes and Interactions, VIS-IV.A.1.f.9: Visualization of Object Oriented Languages

Stasko, John T., "The Path-Transition Paradigm: A Practical Methodology for Adding Animation to Program Interfaces", Journal of Visual Languages and Computing, Vol. 1, No. 3, September 1990, pp. 213-236.
Keywords and Phrases: VIS-I.B.5: Animation Techniques, VIS-I.C.1: Paradigms for Explicit Specification of Visualizations, VIS-IV.A.1.a: Algorithm Visualization

Stasko, John T., "TANGO: A Framework and System for Algorithm Animation", IEEE Computer, Vol. 23, No. 9, September 1990, pp. 27-39.
Keywords and Phrases: VIS-I.B.5: Animation Techniques, VIS-I.C.1: Paradigms for Explicit Specification of Visualizations, VIS-II.A.2: Education, VIS-IV.A.1.a: Algorithm Visualization

Stasko, John T., "Using Direct Manipulation to Build Algorithm Animations by Demonstration", Proceedings of the ACM SIGCHI '91 Conference on Human Factors in Computing Systems, New Orleans, LA, May 1991, pp. 307-314.
Keywords and Phrases: VIS-I.B.5: Animation Techniques, VIS-I.C.1: Paradigms for Explicit Specification of Visualizations, VIS-II.A.2: Education, VIS-IV.A.1.a: Algorithm Animation

Stasko, John T. and Kraemer, Eileen, "A Methodology for Building Application-Specific Visualizations of Parallel Programs," Journal of Parallel and Distributed Computing, Vol. 18, No. 2, June 1993, pp. 258-264.
Keywords and Phrases: VIS-I.B.5: Animation Techniques, VIS-I.C.1: Paradigms for Explicit Specification of Visualizations, VIS-IV.A.1: Software Visualization, VIS-IV.A.1.f.1: Visualization of Concurrent and Parallel Languages

Stasko, John T. and McCrickard, D. Scott, "Real Clock Time Animation Support for Developing Software Visualizations", Australian Computer Journal, Vol. 27, No. 3, November 1995, pp. 118-128.
Keywords and Phrases: VIS-I.B.5: Animation Techniques, VIS-I.C.1: Paradigms for Explicit Specification of Visualizations, VIS-IV.A.1.a: Algorithm Visualization

Stasko, John T. and Wehrli, Joseph F., "Three-Dimensional Computation Visualization", Proceedings of the 1993 IEEE Symposium on Visual Languages, Bergen, Norway, August 1993, pp. 100-107.
Keywords and Phrases: VIS-I.B.5: Animation Techniques, VIS-I.B.7: Techniques for Multiple Dimensions, VIS-IV.A.1: Software Visualization, VIS-IV.A.1.f.1: Visualization of Concurrent and Parallel Languages

Varanda, Maria Joao, Pedro Rangel Henriques, Visualization / Animation of Programs Based on Abstract Representations and Formal Mappings. In 2001 IEEE Symposia on Human-Centric Computing Languages and Environments (HCC'01), Stresa, Italy, Sep 2001.
Keywords and Phrases: VIS-I.B.5: Animation Techniques, VIS-II.A.2: Visualization for Education, VIS-IV.A.1: Software Visualization

VIS-I.B.6: Use of Color

VIS-I.B.7: Techniques for Multiple Dimensions

VIS-I.B.8: Text-Oriented Visualization Techniques

Sommerer, Christa, Laurent Mignonneau, VERBARIUM and LIFE SPACIES: Creating a Visual Language by Transcoding Text into Form on the Internet. In 1999 IEEE Symposium on Visual Languages, Tokyo, Japan, September 1999.
Keywords and Phrases: VIS-I.B.8: Text-Oriented Visualization Techniques, VIS-III.F: Design Principles of Visualization System, VIS-IV.A.2: Web Visualization, text-to-form editor, human-computer interaction, Internet, interactive art, genetic code

VIS-I.B.9: Use of Sound in Visualization

VIS-I.B.10: Promotion of Scalability

Jerding, Dean, Stasko, John T., and Ball, Thomas "Visualizing Interactions in Program Executions," Proceedings of the 1997 International Conference on Software Engineering (ICSE-97), Boston, MA, May 1997, pp. 360-370.
Keywords and Phrases: VIS-I.B.10: Promotion of Scalability, VIS-II.B.3: Correctness and Maintenance, VIS-IV.A.1.e: Visualization of Attributes and Interactions, VIS-IV.A.1.f.9: Visualization of Object Oriented Languages

VIS-I.C: Specification of Visualizations

VIS-I.C.1: Paradigms for Explicit Specification of Visualizations

Brown, M., Najork, M., Collaborative Active Textbooks: A Web-Based Algorithm Animation System for an Electronic Classroom. In Proceedings of the 1996 IEEE International Symposium on Visual Languages, Boulder, CO, September 1996, pp. 266-275.
Keywords and Phrases: VIS-I.C.1: Paradigms for Explicit Specification of Visualizations, VIS-II.A.2: Visualization for Education, VIS-IV.A.1.a: Algorithm Visualization, web-based visualizations, Zeus, Balsa, multiple views

Burnett, Margaret, Richard Hossli, Timothy Pulliam, Brian VanVoorst, and Xiaoyang Yang, Toward Visual Programming Languages for Steering in Scientific Visualization: a Taxonomy. In IEEE Computational Science and Engineering 1(4), Winter, 1994. Pages 44 to 62.
Keywords and Phrases: VIS-I.C.1: Paradigms for Explicit Specification of Visualizations, VIS-IV.C: Scientific Visualization (Physical Processes)

Carlson, Paul, Margaret Burnett and Jonathan Cadiz, A Seamless Integration of Algorithm Animation into a Visual Programming Language. In International Workshop on Advanced Visual Interfaces, Gubbio, Italy, May 1996.
Keywords and Phrases: VIS-I.C.1: Paradigms for Explicit Specification of Visualizations, VIS-IV.A.1.a: Algorithm Visualization, VIS-IV.A.1.f.4: Visualization of Form-Based and Spreadsheet-Based Languages

Cruz, Isabel, Peter S. Leveille, Implementation of a Constraint-Based Visualization System. In IEEE Symposium on Visual Languages, Seattle, Washington, September 2000.
Keywords and Phrases: VIS-I.C.1: Paradigms for Explicit Specification of Visualizations, VIS-IV.A.4: Database Visualization

Diehl, Stephan, and Kerren, Andreas, Reification of Program Points for Visual Execution. In Proceedings of the First IEEE International Workshop on Visualizing Software for Understanding and Analysis (VisSoft '02), Paris, France, June 2002. Pages 100 to 109.
Keywords and Phrases: VIS-I.C.1: Paradigms for Explicit Specification of Visualizations, VIS-II.A.2: Visualization for Education, VIS-IV.A.1: Software Visualization

Diehl, Stephan, and Goerg, Carsten and Kerren, Andreas, Animating Algorithms Live and Post Mortem. In Software Visualization, volume 2269 of LNCS State-of-the-Art Survey, pages 46-57. Springer, 2002.
Keywords and Phrases: VIS-I.C.1: Paradigms for Explicit Specification of Visualizations, VIS-II.A.2: Visualization for Education, VIS-IV.A.1.a: Algorithm Visualization

Karavirta, Ville, Ari Korhonen, Lauri Malmi, and Kimmo Stålnacke, MatrixPro - A Tool for On-The-Fly Demonstration of Data Structures and Algorithms. In Proceedings of the Third Program Visualization Workshop, The University of Warwick, UK, July 2004. Pages 26 to 33.
Keywords and Phrases: VIS-I.C.1: Paradigms for Explicit Specification of Visualizations, VIS-II.A.2: Visualization for Education, VIS-III.F: Design Principles of Visualization System, VIS-IV.A.1.a.1: Visualization of Specific Algorithms, VIS-IV.A.1.b: Data Structure Visualization

Kraemer, Eileen and Stasko, John T., "Toward Flexible Control of the Temporal Mapping from Concurrent Program Events to Animations," Proceedings of the 8th International Parallel Processing Symposium (IPPS '94), Cancun, Mexico, April 1994, pp. 902-908.
Keywords and Phrases: VIS-I.C.1: Paradigms for Explicit Specification of Visualizations, VIS-IV.A.1.e: Software Attributes and Interactions, VIS-IV.A.1.f.1: Visualization of Concurrent and Parallel Languages

Lönnberg, Jan, Korhonen, Ari and Malmi, Lauri, MVT — A system for visual testing of software. In Proceedings of the Working Conference on Advanced Visual Interfaces, Gallipoli, Italy, May 2004. Pages 385 to 388.
Keywords and Phrases: VIS-I.C.1: Paradigms for Explicit Specification of Visualizations, VIS-II.B.4: Visualization for Testing, VIS-III.F: Design Principles of Visualization System, VIS-IV.A.1.d.1: Visualization of History and Version Control, VIS-IV.A.1.e: Visualization of Software Attributes and Interactions, Visual testing, visual debugging, algorithm simulation, bytecode instrumentation, execution history logging

Malmi, Lauri, Karavirta, Ville, Korhonen, Ari, Nikander, Jussi, Seppälä, Otto, and Silvasti, Panu, Visual Algorithm Simulation Exercise System with Automatic Assessment: TRAKLA2. In Informatics in Education, 3 (2), 2004. Pages 267 to 288.
Keywords and Phrases: VIS-I.C.1: Paradigms for Explicit Specification of Visualizations, VIS-II.A.2: Visualization for Education, VIS-III.B: Qualitative/Observational Studies of Visualization, VIS-III.F: Design Principles of Visualization System, VIS-IV.A.1.a.1: Visualization of Specific Algorithms, Algoirithms and data structures, algorithm animation, algorithm simulation, automatic assessement, computer science education.

Mukherjea, Sougata and Stasko, John T. , "Applying Algorithm Animation Techniques for Program Tracing, Debugging, and Understanding", Proceedings of the 15th International Conference on Software Engineering, Baltimore, MD, May 1993, pp. 456-465.
Keywords and Phrases: VIS-I.C.1: Paradigms for Explicit Specification of Visualizations, VIS-II.B.3: Correctness and Maintenance, VIS-IV.A.1.a: Algorithm Visualization, VIS-IV.A.1.b: Data Structure Visualization, VIS-IV.A.1.f.6: Visualization of Imperative Languages

Mukherjea, Sougata and Stasko, John T., "Toward Visual Debugging: Integrating Algorithm Animation Capabilities within a Source Level Debugger", ACM Transactions on Computer-Human Interaction, Vol. 1, No. 3, September 1994, pp. 215-244.
Keywords and Phrases: VIS-I.C.1: Paradigms for Explicit Specification of Visualizations, VIS-II.B.3: Correctness and Maintenance, VIS-IV.A.1.a: Algorithm Visualization, VIS-IV.A.1.b: Data Structure Visualization, VIS-IV.A.1.f.6: Visualization of Imperative Languages

Stasko, John T, "Using Student-Built Algorithm Animations as Learning Aids", Proceedings of the ACM Technical Symposium on Computer Science Education (SIGCSE '97), San Jose, CA, February 1997, pp. 25-29.
Keywords and Phrases: VIS-I.C.1: Paradigms for Explicit Specification of Visualizations, VIS-II.A.2: Education, VIS-III.B: Qualitative/Observational Studies of Visualization, VIS-IV.A.1.a: Algorithm Visualization

VIS-I.C.2: AI/Knowledge-Based Specification of Visualizations

VIS-II: Application of Visualization

VIS-II.A: Presentation and Communication Purposes

Shimojima, Atsushi, Derivative Meaning in Graphical Representations. In 1999 IEEE Symposium on Visual Languages, Tokyo, Japan, September 1999.
Keywords and Phrases: VIS-II.A: Presentation and Communication Purposes, VIS-II.B: Exploratory Purposes, VIS-III.B: Qualitative/Observational Studies of Visualization, VIS-III.D: Cognitive Issues of Visualization

VIS-II.A.1: Visualization for Analysis and Statistics

Grundy, John, John G Hosking, High-level Static and Dynamic Visualisation of Software Architectures. In IEEE Symposium on Visual Languages, Seattle, Washington, September 2000.
Keywords and Phrases: VIS-II.A.1: Visualization for Analysis and Statistics, VIS-IV.A.6: Visualization of Software Engineering Processes

Kerren, Andreas, and Egger, Thomas, EAVis: A Visualization Tool for Evolutionary Algorithms. In Proceedings of the 2005 IEEE Symposium on Visual Languages and Human-Centric Computing (VL/HCC '05), Dallas, Texas, USA, September 2005.
Keywords and Phrases: VIS-II.A.1: Visualization for Analysis and Statistics, VIS-II.A.2: Visualization for Education, VIS-IV.A.1.a: Algorithm Visualization

VIS-II.A.2: Visualization for Education

Badre, Albert and Beranek, Margaret and Morris, J. Morgan and Stasko, John, "Assessing Program Visualization Systems as Instructional Aids", Computer Assisted Learning, ICCAL '92, Wolfville, Nova Scotia, Canada, Ivan Tomek, editor, Lecture Notes in Computer Science, Number 602, June 1992, pp. 87-99.
Keywords and Phrases: VIS-II.A.2: Education, VIS-III.B: Qualitative/Observational Studies of Visualization, VIS-IV.A.1.a: Algorithm Visualization

Baloukas, Thanasis, Paparrizos Konstantinos, A Visualization Software for the Network Simplex Algorithm. In ACM Symposium on Software Visualization, SoftVis 2006, Brighton, UK, September 2006. Pages 153 to 154.
Keywords and Phrases: VIS-II.A.2: Visualization for Education, VIS-IV.A.1.a.1: Visualization of Specific Algorithms, algorithm visualization,linear programming, network flow programming, visualization in education

Braune, Beatrix, and Diehl, Stephan and Kerren, Andreas and Wilhelm, Reinhard , Animation of the Generation and Computation of Finite Automata for Learning Software. In Proceedings of the 4th International Workshop on Implementing Automata (WIA '99), Potsdam, Germany, July 1999. Pages 39 to 47.
Keywords and Phrases: VIS-II.A.2: Visualization for Education, VIS-III.F: Design Principles of Visualization System, VIS-IV.A.1.a: Algorithm Visualization

Diehl, Stephan, and Kerren, Andreas, Increasing Explorativity by Generation. In Proceedings of the AACE World Conference on Educational Multimedia, Hypermedia and Telecommunications (EDMEDIA '00), Montreal, Canada, June 2000.
Keywords and Phrases: VIS-II.A.2: Visualization for Education, VIS-IV.A.1.a: Algorithm Visualization

Diehl, Stephan, and Kerren, Andreas and Weller, Torsten, Visual Exploration of Generation Algorithms for Finite Automata. In In Proceedings of the 5th International Conference on Implementation and Application of Automata (CIAA '00), London, Ontario/Canada, July 2000. Pages 327 to 328.
Keywords and Phrases: VIS-II.A.2: Visualization for Education, VIS-IV.A.1.a.1: Visualization of Specific Algorithms

Diehl, Stephan, and Kerren, Andreas, Levels of Exploration. In Proceedings of the 32nd ACM Technical Symposium on Computer Science Education (SIGCSE '01), Charlotte, NC/USA, February 2001. Pages 60 to 64.
Keywords and Phrases: VIS-II.A.2: Visualization for Education, VIS-III.D: Cognitive Issues of Visualization, VIS-IV.A.1: Software Visualization

Ihantola, Petri, Ville Karavirta, Ari Korhonen, and Jussi Nikander, Taxonomy of effortless creation of algorithm visualizations. In Proceedings of the 2005 international workshop on Computing education research, Seattle, WA, USA, 2005. Pages 123 to 133.
Keywords and Phrases: VIS-II.A.2: Visualization for Education, VIS-III.B: Qualitative/Observational Studies of Visualization, VIS-III.F: Design Principles of Visualization System, VIS-IV.A.1.a.1: Visualization of Specific Algorithms, VIS-IV.A.1.b: Data Structure Visualization, Algorithm visualization, eortlessness, interaction

Karavirta, Ville, Korhonen, Ari, and Malmi, Lauri, Taxonomy of Algorithm Animation Languages. In SoftVis 06 - ACM Symposium on Software Visualization, Brighton, United Kingdom, September 2006. Pages 77 to 85.
Keywords and Phrases: VIS-II.A.2: Visualization for Education, VIS-III.F: Design Principles of Visualization System, VIS-IV.A.1.a: Algorithm Visualization

Kerren, Andreas, Generation as Method for Explorative Learning in Computer Science Education. In Proceedings of the 9th Annual Conference on Innovation and Technology in Computer Science Education (ITiCSE '04), Leeds, UK, June 2004. Pages 77 to 81.
Keywords and Phrases: VIS-II.A.2: Visualization for Education, VIS-III.A: Formal Quantitative Empirical Studies of Visualization, VIS-IV.A.1: Software Visualization

Kerren, Andreas, Learning by Generation in Computer Science Education. In Journal of Computer Science and Technology (JCS&T), August, 2004. Pages 84 to 90.
Keywords and Phrases: VIS-II.A.2: Visualization for Education, VIS-III.A: Formal Quantitative Empirical Studies of Visualization, VIS-IV.A.1: Software Visualization

Korhonen, Ari, Lauri Malmi, Taxonomy of Visual Algorithm Simulation Exercises. In Proceedings of the Third Program Visualization Workshop, Warwick, UK, July 2004. Pages 118 to 125.
Keywords and Phrases: VIS-II.A.2: Visualization for Education, VIS-III.F: Design Principles of Visualization System, VIS-IV.A.1.a.1: Visualization of Specific Algorithms, VIS-IV.A.1.b: Data Structure Visualization, VIS-IV.A.1.e: Visualization of Software Attributes and Interactions

Korhonen, Ari, Malmi, Lauri Nikander, Jussi, and Tenhunen, Petri, Interaction and Feedback in Automatically Assessed Algorithm Simulation Exercises. In Journal of Information Technology Education, vol. 2, 2003. Pages 241 to 255.
Keywords and Phrases: VIS-II.A.2: Visualization for Education, VIS-III.C: Design of Studies of Visualization's Effectiveness, VIS-III.D: Cognitive Issues of Visualization, VIS-III.E: Principles of Visual Perception, VIS-III.F: Design Principles of Visualization System, Computer science education (CSE), algorithm animation, algorithm simulation, automatic assessment, learning models, visualization

Korhonen, Ari, Malmi, Lauri, Myllyselkä, Pertti and Scheinin, Patrik, Does it Make a Difference if Students Exercise on the Web or in the Classroom?. In Proceedings of The 7th Annual SIGCSE/SIGCUE Conference on Innovation and Technology in Computer Science Education, Aarhus, Denmark, June 2002. Pages 121 to 124.
Keywords and Phrases: VIS-II.A.2: Visualization for Education, VIS-III.A: Formal Quantitative Empirical Studies of Visualization, VIS-IV.A.1.a.1: Visualization of Specific Algorithms, VIS-IV.A.1.b: Data Structure Visualization, VIS-IV.A.1.e.1: Visualization of Control Flow, Automatic assessment, Randomised intervention study

Laakso, Mikko–Jussi, Tapio Salakoski, Linda Grandell, Xuemei Qiu, Ari Korhonen, and Lauri Malmi, Multi-Perspective Study of Novice Learners Adopting the Visual Algorithm Simulation Exercise System TRAKLA2. In Informatics in Education, , 2005. Pages 49 to 68.
Keywords and Phrases: VIS-II.A.2: Visualization for Education, VIS-III.A: Formal Quantitative Empirical Studies of Visualization, VIS-IV.A.1.a.1: Visualization of Specific Algorithms, VIS-IV.A.1.b: Data Structure Visualization, automatic assessment, feedback, computer science education, usability, evaluation

Laakso, Mikko–Jussi, Tapio Salakoski, and Ari Korhonen, The Feasibility of Automatic Assessment and Feedback. In Proceedings of Cognition and Exploratory Learning in Digital Age, Porto, Portugal, December 2005. Pages 113 to 122.
Keywords and Phrases: VIS-II.A.2: Visualization for Education, VIS-III.A: Formal Quantitative Empirical Studies of Visualization, VIS-IV.A.1.a.1: Visualization of Specific Algorithms, VIS-IV.A.1.b: Data Structure Visualization, assessment, feedback, computer science education, evaluation

Lawrence, Andrea and Badre, Albert and Stasko, John, "Empirically Evaluating the Use of Animations to Teach Algorithms", Proceedings of the 1994 IEEE Symposium on Visual Languages, St. Louis, MO, October 1994, pp. 48-54.
Keywords and Phrases: VIS-II.A.2: Education, VIS-III.A: Formal Quantitative of Empirical Studies, VIS-IV.A.1.a: Algorithm Visualization

Stasko, John and Badre, Albert and Lewis, Clayton, "Do Algorithm Animations Assist Learning? An Empirical Study and Analysis", Proceedings of the INTERCHI '93 Conference on Human Factors in Computing Systems, Amsterdam, Netherlands, April 1993, pp. 61-66.
Keywords and Phrases: VIS-II.A.2: Education, VIS-III.A: Formal Quantitative Empirical Studies, VIS-III.C: Design of Studies of Visualization's Effectiveness, VIS-IV.A.1.a: Algorithm Visualization

VIS-II.A.3: Visualization for Documentation

Shilling, John J. and Stasko, John T., "Using Animation to Design Object-Oriented Systems", Object Oriented Systems, Vol. 1, No. 1, September 1994, pp. 5-19.
Keywords and Phrases: VIS-I.B.5: Animation Techniques, VIS-II.A.3: Documentation, VIS-IV.A.1.e: Visualization of Software Attributes and Interactions, VIS-IV.A.1.f.9: Visualization of Object Oriented Languages

VIS-II.A.4: Visualization for Decision Support

VIS-II.B: Exploratory Purposes

Kraemer, Eileen and Stasko, John T., "Creating an Accurate Portrayal of Concurrent Executions", Concurrency, Vol. 6, No. 1, Jan-Mar 1998, pp. 36-46.
Keywords and Phrases: VIS-II.B: Exploratory Purposes, VIS-IV.A.1.e: Visualization of Software Attributes and Interactions, VIS-IV.A.1.f.1: Visualization of Concurrent and Parallel Languages

VIS-II.B.1: Visualization for Browsing

VIS-II.B.2: Visualization for Searching

Assfalg, Jurgen, A. Del Bimbo, M. Hirakawa, A Mosaic-based Query Language for Video Databases. In IEEE Symposium on Visual Languages, Seattle, Washington, September 2000.
Keywords and Phrases: VIS-II.B.2: Visualization for Searching, Query-by-example, Content-based Video Retrieval, Database languages, Languages based on staticpictorial sequences, Mosaic images

Thies, Stefanie, Marita Dücker, A Visual Critiquing Language for Expressing Design Knowledge. In IEEE Symposium on Visual Languages, Seattle, Washington, September 2000.
Keywords and Phrases: VIS-II.B.2: Visualization for Searching, visual critiquing language

VIS-II.B.3: Visualization for Correctness and Maintenance

Kraemer, Eileen and Stasko, John T., "Issues in Visualization for the Comprehension of Parallel Programs", Proceedings of the 3rd Workshop on Program Comprehension, IEEE Computer Society Press, Washington, D.C., November 1994, pp. 116-125.
Keywords and Phrases: VIS-II.B.3: Correctness and Maintenance, VIS-III.F: Design Principles of Visualization Systems, VIS-IV.A.1: Software Visualization, VIS-IV.A.1.f: Visualization of Concurrent and Parallel Languages

Ruthruff, J., E. Creswick, M. Burnett, C. Cook, S. Prabhakararao, M. Fisher II, M. Main, End-User Software Visualizations for Fault Localization. In ACM Symposium on Software Visualization, San Diego, CA, June 2003. Pages 123 to 132.
Keywords and Phrases: VIS-II.B.3: Visualization for Correctness and Maintenance, VIS-II.B.4: Visualization for Testing, VIS-III.A: Formal Quantitative Empirical Studies of Visualization, VIS-IV.A.1.f.4: Visualization of Form-Based and Spreadsheet-Based Languages, Forms/3, end-user software engineering, WYSIWYT

VIS-II.B.4: Visualization for Testing

VIS-III: Effectiveness of Visualization

VIS-III.A: Formal Quantitative Empirical Studies of Visualization

Badre, Albert and Beranek, Margaret and Morris, J. Morgan and Stasko, John", "Assessing Program Visualization Systems as Instructional Aids", Computer Assisted Learning, ICCAL '92, Wolfville, Nova Scotia, Canada, Ivan Tomek, editor, Lecture Notes in Computer Science, Number 602, June 1992, pp. 87-99.
Keywords and Phrases: VIS-II.A.2: Eductaion, VIS-III.B: Qualitative/Observational Studies of Visualization, VIS-IV.A.1.a: Algorithm Visualization

VIS-III.B: Qualitative/Observational Studies of Visualization

VIS-III.C: Design of Studies of Visualization's Effectiveness

VIS-III.D: Cognitive Issues of Visualization

VIS-III.E: Principles of Visual Perception

VIS-III.F: Design Principles of Visualization Systems

Kraemer, Eileen and Stasko, John T., "The Visualization of Parallel Systems: An Overview," Journal of Parallel and Distributed Computing, Vol. 18, No. 2, June 1993, pp. 105-117.
Keywords and Phrases: VIS-III.F: Design Principles of Visualization, VIS-IV.A.1.f.1 Visualization of Concurrent and Parallel Languages

Stasko, John and Patterson, C., "Understanding and Characterizing Software Visualization Systems," Proceedings of the 1992 IEEE International Workshop on Visual Languages, Septemner 1992, pp. 3-10.
Keywords and Phrases: VIS-III.F: Design Principles of Visualization Systems, VIS-IV.A.1: Software Visualization

VIS-IV: Domain of Visualization

VIS-IV.A: Information Visualization

VIS-IV.A.1: Software Visualization

Hill, Trent, James Noble, John Potter, Visualising the Structure of Object-Oriented Systems. In IEEE Symposium on Visual Languages, Seattle, Washington, September 2000.
Keywords and Phrases: VIS-IV.A.1: Software Visualization, Execution visualisation, Object-oriented paradigm

VIS-IV.A.1.a: Algorithm Visualization

Kerren, Andreas, and J.T. Stasko, Algorithm Animation - Chapter Introduction. In Software Visualization, volume 2269 of LNCS State-of-the-Art Survey, pages 1-15. Springer, 2002.
Keywords and Phrases: VIS-IV.A.1.a: Algorithm Visualization

VIS-IV.A.1.a.1: Visualization of Specific Algorithms

VIS-IV.A.1.b: Data Structure Visualization

VIS-IV.A.1.c: Execution Structure Visualization (e.g., Run-Time Heap, Run-Time Stack, etc.)

Koike, Hideki, Tetsuji Takada, Toshiyuki Masui, VisuaLinda: A Framework for Visualizing Parallel Linda Programs. In 1997 IEEE Symposium on Visual Languages, Capri, Italy, 1997. Pages 176 to 182.
Keywords and Phrases: VIS-IV.A.1.c: Execution Structure Visualization, VIS-IV.A.1.e.4: Visualization of Message Flow, VIS-IV.A.1.f.1: Visualization of Concurrent and Parallel Languages, Linda

Malloy, Brian A, James F. Power, Using a Molecular Metaphor to Facilitate Comprehension of 3D Object Diagrams. In 2005 IEEE Symposium on Visual Languages and Human-Centric Computing, Dallas, Texas, USA, September 2005.
Keywords and Phrases: VIS-IV.A.1.c: Execution Structure Visualization, VIS-IV.A.1.f.9: Visualization of Object Oriented languages, UML Object Diagrams

Mehner, Katharina, Wagner, Annika, Visualizing the Synchronization of Java-Threads with UML. In IEEE Symposium on Visual Languages, Seattle, Washington, September 2000.
Keywords and Phrases: VIS-IV.A.1.c: Execution Structure Visualization, VIS-IV.A.1.e.5: Visualization of Calls, VIS-IV.A.1.f.1: Visualization of Concurrent and Parallel Languages, debugging, Java, UML

VIS-IV.A.1.d: Code Visualization

Burkwald, Susan K, Stephen G. Eick, Kurt D. Rivard, and John D. Pyrce, Visualizing Year 2000 Program Changes. In WPC '98 Proceedings, Ischia, Italy, June 1998. Pages 13 to 18.
Keywords and Phrases: VIS-IV.A.1.d: Code Visualization, VIS-IV.A.1.e: Visualization of Software Attributes and Interactions

Collberg, Christian, Todd A. Proebsting, Sean Davey, Language-Agnostic Program Rendering for Presentation, Debugging and Visualization. In IEEE Symposium on Visual Languages, Seattle, Washington, September 2000.
Keywords and Phrases: VIS-IV.A.1.d: Code Visualization, VIS-IV.A.1.e.2: Visualization of Data Flow, VIS-IV.A.1.e.7: Visualization of Performance, VIS-IV.A.1.f.9: Visualization of Object Oriented languages

Eick, Stephen G., Maintenance of Large Systems. In Programming as a Multi-Media Experience, John Stasko, John Domingue, Marc H. Brown, and BlaineA. Price, editors, MIT Press pages 315-328, 1998. .
Keywords and Phrases: VIS-IV.A.1.d: Code Visualization

Eick, Stephen G., A Visual Tool for the Year 2000 Problem. In IEEE Computer 31(10), October, 1998. Pages 63 to 69.
Keywords and Phrases: VIS-IV.A.1.d: Code Visualization

VIS-IV.A.1.d.1: Visualization of History and Version Control

Koike, Hideki, Hui-Chu Chu, VRCS: Integrating Version Control and Module Management using Interactive Three-Dimensional Graphics. In 1997 IEEE Symposium on Visual Languages, Capri, Italy, 1997. Pages 170 to 175.
Keywords and Phrases: VIS-IV.A.1.d.1: Visualization of History and Version Control, software engineering

VIS-IV.A.1.e: Visualization of Software Attributes and Interactions

VIS-IV.A.1.e.1: Visualization of Control Flow

VIS-IV.A.1.e.2: Visualization of Data Flow

VIS-IV.A.1.e.3: Visualization of Program Slices

VIS-IV.A.1.e.4: Visualization of Message Flow

VIS-IV.A.1.e.5: Visualization of Calls

VIS-IV.A.1.e.6: Visualization of Inheritance

VIS-IV.A.1.e.7: Visualization of Performance

VIS-IV.A.1.f: Visualization of Paradigm-Specific Content

Topol, Brad and Stasko, John and Sunderam, Vaidy, "Integrating Visualization Support into Distributed Computing Systems," Proceedings of the 15th International Conference on Distributed Computing Systems, Vancouver, B.C., May 1995, pp. 19-26.
Keywords and Phrases: VIS-IV.A.1.f: Visualization of Paradigm-Specific Content

VIS-IV.A.1.f.1: Visualization of Concurrent and Parallel Languages

VIS-IV.A.1.f.2: Visualization of Constraint-Based Languages

VIS-IV.A.1.f.3: Visualization of Data-Flow Languages

VIS-IV.A.1.f.4: Visualization of Form-Based and Spreadsheet-Based Languages

VIS-IV.A.1.f.5: Visualization of Functional Languages

VIS-IV.A.1.f.6: Visualization of Imperative Languages

Reichardt, Johannes, Two-dimensional C++. In 2006 ACM Symposium on Software Visualization, Brighton, United Kingdom, September 2006.
Keywords and Phrases: VIS-IV.A.1.f.6: Visualization of Imperative Languages, VIS-IV.A.1.f.9: Visualization of Object Oriented languages, program comprehension, homomorphic mapping

VIS-IV.A.1.f.7: Visualization of Logic Languages

VIS-IV.A.1.f.8: Visualization of Multi-Paradigm Languages

VIS-IV.A.1.f.9: Visualization of Object Oriented Languages

VIS-IV.A.1.f.10: Visualization of Programming-By-Demonstration Languages

VIS-IV.A.1.f.11: Visualization of Rule-Based Languages

VIS-IV.A.2: Web Visualization

VIS-IV.A.3: Document Visualization

VIS-IV.A.4: Database Visualization

Antis, Jacqueline M., Stephen G. Eick, and John D. Pyrce, Visualizing the structure of relational databases. In IEEE Software, January, 1996. Pages 72 to 79.
Keywords and Phrases: VIS-IV.A.4: Database Visualization

VIS-IV.A.5: Business Visualization

VIS-IV.A.6: Visualization of Software Engineering Processes

Chuah, Mei C., Stephen G. Eick, Information Rich Glyphs for Software Management Data. Managing Software with New Visual Representations. In IEEE Computer Graphics and Applications, July/August, 1998. Pages 24 to 29.
Keywords and Phrases: VIS-IV.A.6: Visualization of Software Engineering Processes

VIS-IV.B: Geographical Information System Visualization

VIS-IV.C: Scientific Visualization (Physical Processes)

Date of last update: Mon Sep 25 6:46:32 2006